The role of soil erosion in terrestrial carbon (C) sequestration and release remains one of
the most important uncertainties in our attempts to determine the potential of soils to mediate …

In hydrology and geomorphology, less attention has been paid to rain event properties such
as duration, mean and peak rain rate than to rain properties such as drop size or kinetic …

Soil erosion by water is a three-phase process that consists of detachment of soil particles
from the soil mass, transportation of detached particles either by raindrop impact or surface …

The present paper describes the design of a comprehensive rainfall simulator which is
particularly meant for the assessment of soil erosion at plot scale by considering various soil …

Rain simulators (RSs) are used in soil crusting and soil erosion laboratory and field studies.
The energy flux produced by RSs is usually high in respect to the intensity of the application …

Due to wide range of experimental techniques reported in the literature for determining
interrill erodibility and soil loss values, meaningful comparisons between experiments often …

The set‐up and characterisation of an indoor nozzle‐type rainfall simulator (RS) at
Wageningen University, the Netherlands, are presented. It is equipped with four Lechler …

The performance of road vehicles degrades when driving in adverse weather conditions.
Weather testing for vehicles is important to understand the impacts of precipitation on …

Rainfall simulators represent a widespread tool for studying hydrologic processes involving
interactions of rainwater with soils, such as soil erosion, overland flow generation, and …

Large-scale vegetation restoration generally reduces local water yield and influences river
ecosystem health. Thus, scientific evaluation of vegetation restoration consequences is …